Internship | Recurrent deep learning applied to radar data

What will be your role? Nowadays, deep learning techniques are used in a wide variety of domains, including the radar domain. In the radar domain, deep learning is primarily applied for classification based on some 2D representation of the radar data, e.g., an Inverse Synthetic Aperture Radar (ISAR) image or a spectrogram (i.e., an image of signal...

What will be your role? Deep learning techniques usually thrive when large sets of labelled data are available. In the radar domain, labelled data tend to be scarce depending on the application area. By exploiting expert knowledge it may be possible to improve the training process and overall performance when using only small labelled data sets. From...

What will be your role? Deep learning techniques typically thrive when large sets of labelled data are available. In the radar domain, labelled data tend to be scarce depending on the application area. So it would be beneficial if all available data could be used. However, in practice measurements may be made with varying radar waveform settings (such...

What will be your role? The waveform design is one of the critical aspects in radar performance optimisation. Traditionally chirped waveforms are applied in radar, designed for signal-to-noise ratio optimisation when applying a matched filter for detection. This is however only one criterion that can be used for waveform design. Currently there is a...

About this position In conventional training of machine learning models, data is stored in one location. More data often means better performance, thus if multiple parties want to contribute to the training, they have to share their data. Nevertheless, when data is sensitive, data sharing is often not possible or allowed. Federated Learning (FL) is a...

Are you passionate about data analysis and eager to make a real impact on cutting-edge technology?Join our team and dive into the world of bird radar systems! You'll play a crucial role in analyzing customer data to assess radar performance and uncover insights that drive smarter deployments. Your expertise will also fuel in-house data analysis, guiding the...

About this position Frequency selectivity is crucial for radar system. Spurious frequencies of the higher order harmonics generated in the chain of a front-end radar system can interfere or even damage other systems located in the vicinity. Frequency filtering operations are usually implemented along the RF chain of a transmitter (TX) by electronic...

About this position Currently, wireless communication and radar sensing are two separate worlds. This is partly because radar mainly works at high frequencies (such as mmWave radar at 77 GHz) due to the required resolution and wireless communication currently only takes place below 6 GHz. In 6G, the differences in frequency will disappear, meaning...

About this position Sound is omnipresent in our society. While it can sometimes be a nuisance, like the noise from traffic or machinery, it also holds incredible potential. Imagine the possibilities in underwater communication and the high-tech domain. Our mission is to collaborate with governments and industries to study, understand, and control...

Would you like to help with developing knowledge representation and reasoning techniques? Or would you like to dip your fingers in the field of Hybrid AI? Then we, the Data Science department of TNO, are looking for you! The Data Science department of TNO works on projects where we obtain insights into data and make those insights meaningful. We work on...

The ultimate objective of tno's programmable networking research is to create a self-optimizing network service infrastructure, based on open networking and cloud technology. In this research project we make a step by investigating the state-of-the-art of programmable network telemetry and its application to monitor and optimize end-to-end performance of...

Get in touch with us about the posibilities for an internship! We are always looking for enthausiastic new interns for different types of internships. aXite Security Tools is an accredited work placement company in the Netherlands. Are you considering doing an internship at aXite Security Tools?   If you: Have a teamplayer mentality, are...

Wat ga je doen? You are able to take the lead in devising and designing AI-driven applications. We are currently mainly building state-of-the-art applications with (OpenAI's GPT) LLMs. An important point of attention here is that everything is secure, scalable and repeatable. You will work closely with the Data Scientists to improve the Machine...

About this position How can high-gain antennas be designed for small Cubesat systems? What will be your role? Reflectarrays are an attractive solution for high gain antenna system in space (Earth observation, SATCOM, etc.). High gain antennas usually are implemented by using quasi-optical systems realized by one or more curved reflectors...

Description Would you like to gain IT work experience at an international financial organization? Would you be interested to explore the overlapping areas between Service Delivery, IT Support, and Project Management? Are you willing to help us mature our use of interactive dashboards in ServiceNow, PowerBI, to generate insight for our resolver teams...

About this position With growing housing needs, increasing density and limited space for transport infrastructure and private parking, there is an urgent need for innovation in the mobility sector. The XCARCITY project investigates how to facilitate and support implementation of car-free areas in Amsterdam, Almere Pampus and Metropoolregio Rotterdam...

What will be your role? Active phased array antennas must comply with stringent requirements in terms of sensitivity to interference caused by other nearby radiating systems, especially in complex platforms, which are populated by an ever-increasing number of sensors and communication systems. Radio frequency interference can cause a number of issues,...

At NACO – our esteemed aviation branch – we are always open for graduation interns. Although we always have some specific airport topics in mind that might be of interest for both you and us, we encourage you to come up with ideas on internship topics. This enables you to work on a topic you’re enthusiastic about. Of course, we like to discuss the...

About this position The modern battlefield relies heavily on electronic systems and wireless connections. High power electromagnetic (HPEM) effectors can be used to disrupt these systems. To maximize the effectiveness of these HPEM effectors, as well as to design appropriate protection and mitigation measures, insight in the effects of HPEM on the RF...

About this position The ultimate objective of TNO's programmable networking research is to create a self-optimizing network service infrastructure, based on open networking and cloud technology. In this research project we make a step by investigating the state-of-the-art of programmable network telemetry and its application to monitor and optimize...